Weil-\'etale Cohomology over $p$-adic Fields
David A. Karpuk

TL;DR
This paper develops duality theorems for Weil group cohomology over p-adic fields, generalizing Galois cohomology results and introducing Weil-smooth cohomology for varieties, with applications to curves.
Contribution
It establishes new duality theorems for Weil group cohomology and defines Weil-smooth cohomology, extending classical duality results to a broader context.
Findings
Proves a duality theorem for discrete Weil modules, implying Tate-Nakayama Duality.
Defines Weil-smooth cohomology for varieties over local fields.
Establishes a duality theorem for the cohomology of $ ext{G}_m$ on smooth, proper curves.
Abstract
We establish duality results for the cohomology of the Weil group of a -adic field, analogous to, but more general than, results from Galois cohomology. We prove a duality theorem for discrete Weil modules, which implies Tate-Nakayama Duality. We define Weil-smooth cohomology for varieties over local fields, and prove a duality theorem for the cohomology of on a smooth, proper curve with a rational point. This last theorem is analogous to, and implies, a classical duality theorem for such curves.
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Taxonomy
TopicsAlgebraic Geometry and Number Theory · advanced mathematical theories · Advanced Algebra and Geometry
